from the data-everywhere dept

This post is part of an Intel-sponsored series of posts we'll be doing here at Techdirt on the topic of innovation. Posts in the series consist of a video interview of myself (which you'll see below), the post, and another video interview with an Intel representative and others. That second video, obviously, is content from Intel, but my video and what I've written here was done with complete and total editorial independence. We hope you enjoy the content and take part in the overall discussion, either via the comments or through the interactive ad unit to the right of the post.

When most people think about wireless technologies today, they think about the fact that it makes it easier for them to connect their computers without having to plug in. Or that it lets data flow to their smartphones. But the overall impact can be seen as being much more profound. First up, here's a short video of me talking about the impact of wireless technologies:

I think it has become easy for many of us to take for granted the power of wireless connectivity. It's almost difficult to remember what life was like before we had data at our fingertips anywhere, at any time on any device. And, yet, it wasn't that long ago that this wasn't true at all. WiFi has only been around for about a dozen years. Mobile cellular data (at any reasonable bandwidth) is much more recent. And, yet it's become so embedded in our lives. The idea that you can get directions anywhere, pull up information about any shop or restaurant, or even access any content at all is so powerful, yet almost feels mundane already.

But think about just how powerful it is in areas that were barely connected at all in the past. We've read stories about communities in developing nations where small players, who only used to have access to the nearest market, can suddenly reach out to others, and actually allow for competition for their products. That can be a massive change, in that it gets rid of a monopsony situation, allowing the poor in developing countries to get out of a never-ending cycle of poverty.

Similarly, wireless technology alone is enabling new careers and new types of businesses. There are the famous stories of women (and it's almost always women) in certain rural villages, who have built careers out of carrying around mobile phones that can be brought to different farmers, and used on a time-share-like system. This allows those farmers to have access to data and connectivity, but also has provided a way for those women to build up a career for themselves.

And think, then, about what begins to happen as the vast richness of data and information, that we now take for granted, reaches further and further into the far corners of the globe. The ability to do more, to build more and to connect more is going to reshape the lives of the many billions of underprivileged people of the world in ways that we can't even begin to fathom. The world just reached an astounding 7 billion people -- most of whom don't have access to many of the things we in the west take for granted -- including information. Wireless technologies have a chance to change that equation, and what comes out of it may be completely unexpected, but tremendously powerful. The idea that people who in the past may never have had an impact on the world may now be able to reach out and share their ideas and innovations with everyone is a revolution that is destined to bring powerful new ideas to the entire world.

Below you can see a video Intel put together, discussing how powerful wireless technologies can be.

When the government requests records from cellular services, data disclosing the location of the telephone at the time of particular calls may be acquired only by a warrant issued on probable cause. U.S. Const., amend. 4. The records show the date, time, called number, and location of the telephone when the call was made. These data are constitutionally protected from this intrusion. The standard under the Stored Communications Act, 18 U.S.C. § 2703(d), is below that required by the Constitution.

Of course, there are a number of cases out there that have ruled on similar issues... and come to different conclusions. This is one of those issues that will continue to bounce around until the Supreme Court clarifies. Still, there's something nice about seeing a court ruling of this nature, where the judge doesn't waste any time at all, and basically just says, "Hey, 4th Amendment! Next!"

from the trivial-patents dept

Earlier this year, Microsoft continued its shakedown war against all things Android by suing Barnes & Noble for patent infringement over the Nook. As we discussed, B&N is fighting back in a big way, claiming that Microsoft's shakedown tactics are an antitrust violation. As that effort moves forward, it's beginning to reveal a ton of useful info. While Microsoft continues to try to keep the patents it's using in these shakedowns "secret," B&N has been revealing them. Groklaw has the details:

The patents, we read, "cover only arbitrary, outmoded and non-essential design features" and yet Microsoft is demanding "prohibitively expensive licensing fees", in effect asserting "veto power" over Android's features. One aspect of the license, Barnes & Noble tells us, was a demand to control design elements, requiring designers to adhere to specific hardware and software specifications in order to obtain a license. That, Barnes & Noble says, is "oppressive and anticompetitive". I think it's accurate to say that the company believes it is illegal.

Barnes & Noble asserts that Microsoft is attempting "to use patents to drive open source software out of the market," saying it, in essence, is acting like a patent troll, threatening companies using Android with a destructive and anticompetitive choice: pay Microsoft exorbitant rates for patents, some trivial and others ridiculously invalid or clearly not infringed, or spend a fortune on litigation.

Beyond revealing more of the patents, the company, in its filings, makes it clear what it believes Microsoft is doing:

Instead of focusing on innovation and the development of new products for consumers, Microsoft has decided to invest its efforts into driving open source developers from the mobile operating systems market. Through the use of offensive licensing agreements and the demand for unreasonable licensing fees, Microsoft is hindering creativity in the mobile operating systems market.... Through the use of oppressive licensing terms that amount to a veto power over a wide variety of innovative features in Android devices of all kinds, as well as its prohibitively expensive licensing fees, Microsoft is attempting to push open source software developers out of the market altogether.

Seems like a pretty accurate summary from what we've seen. It's really pretty sad when the focus of your business is hindering others, rather than innovating yourself.